KSTTAI / PORTFOLIO

The Companies and Technologies KSTTAI Is Building

Building the Industrial Infrastructure of a Spacefaring Civilization

KSTTAI is building technology companies itself — not operating as an investment fund. The focus is the industrial stack required for continuous autonomous expansion of productive capacity beyond Earth.

Strategic focus: space-based solar power, space data centers, in-space manufacturing, autonomous robotics, space logistics, space systems, space exploration, space resources, and industrial AI.
CORE THESIS

The Industrial Architecture

Humanity's industrial system remains overwhelmingly Earth-bound. The space economy should progressively manufacture, power, compute, transport, maintain, and reproduce more of its own infrastructure.

01 — ENERGY

TAI ENERGY

Scalable space-based power infrastructure.

02 — COMPUTING

TAI FAB

Space-based computing and data infrastructure.

03 — MANUFACTURING

TAI FACTORY

In-space manufacturing and autonomous production.

KSTTAI ├── ENERGY ─────────── TAI ENERGY ├── COMPUTING ──────── TAI FAB ├── MANUFACTURING ──── TAI FACTORY ├── SPACE SYSTEMS ──── KSTTAI SPACE SYSTEMS │ ├── AUTONOMY │ ├── LOGISTICS │ └── SIMULATION ├── EXPLORATION ────── TAI PROBES ├── INDUSTRIAL AI ──── TAI PRINCIPLES ├── EXECUTION ──────── PEAK EVOLUTION └── HUMAN CAPABILITY ─ IMMORTALS

These are not nine isolated businesses. They are interdependent layers of one technology and industrial architecture.

GROUP STRUCTURE

How the Holding Is Structured

KSTTAI is the parent holding company. Each company below operates independently — with its own website and its own point of contact — while sharing the same industrial thesis and infrastructure.

KSTTAI
Parent holding company
ksttai.ir ↗Portfolio — portfolio.ksttai.ir ↗info@ksttai.ir
TAI ENERGYSpace-based solar power & energy infrastructuretaienergy.ksttai.irContactProfile ↓
TAI FABSpace-based data centers & computing infrastructuretaifab.ksttai.irContactProfile ↓
TAI FACTORYIn-space manufacturing & autonomous industrial productiontaifactory.ksttai.irContactProfile ↓
TAI PRINCIPLESFirst-principles engineering, optimization & industrial intelligencetaiprinciples.ksttai.irContactProfile ↓
KSTTAI SPACE SYSTEMSMission planning, simulation, digital twins & autonomous operationsspacesystems.ksttai.irContactProfile ↓
TAI PROBESDeep-space exploration, sensing & autonomous probestaiprobes.ksttai.irContactProfile ↓
PEAK EVOLUTIONFrom strategy to executionpeakevolution.ksttai.irContactProfile ↓
IMMORTALSHealthy longevity & advanced biotechnologyimmortals.ksttai.irContactProfile ↓
Founder — matinkhabari.ksttai.ir ↗
PORTFOLIO

The Companies

Each company can create standalone commercial value. Together they create compounding industrial capability.

01

KSTTAI

Autonomous & Replicating Space Industrial Ecosystems

Mission

Build autonomous industrial systems that establish, operate, expand, and eventually reproduce productive infrastructure beyond Earth.

Engineering Scope

Autonomous roboticsIndustrial AISpacecraft systemsSpace-based energyOrbital manufacturingSpace logisticsResource prospecting and extractionMaterials processingDigital twinsAutonomous mission planningFleet managementPredictive maintenanceDistributed computingFault detection and recoveryMachine-to-machine coordination
CORE METRIC

Rate productive capacity is created per unit of capital, energy, mass, time, and human intervention.

Visit WebsiteContactDemoPrototype
02

TAI ENERGY

Space-Based Solar Power & Energy Infrastructure

Mission

Build scalable energy infrastructure where terrestrial energy cannot economically or physically follow.

Engineering Scope

Orbital solar generationLarge solar arraysPower conditioningHV systemsWireless powerMicrowave/RFOptical powerOrbital distributionStorageThermal managementAutonomous power managementRobotic assemblyModular powerDigital twins
CORE METRIC

$/W; kg/kW; W/kg; system, conversion and transmission efficiency; thermal rejection mass; deployment time; MTBF; lifetime energy; energy payback.

Visit WebsiteContactDemoPrototype
03

TAI FAB

Space-Based Data Centers & Computing Infrastructure

Mission

Build computing infrastructure in space where energy, physical infrastructure, and industrial activity converge.

Engineering Scope

Orbital data centersHigh-density computeAI acceleratorsDistributed computingEdge computingRadiation-aware computeFault toleranceThermal managementPower distributionOptical interconnectsHigh bandwidthStorageAutonomous workload schedulingCompute digital twins
CORE METRIC

Compute/W; compute/kg; compute/$; density; thermal rejection/MW; radiation error rates; availability; bandwidth; latency; hardware lifetime.

Visit WebsiteContactDemoPrototype
04

TAI FACTORY

In-Space Manufacturing & Autonomous Industrial Production

Mission

Develop manufacturing systems capable of producing increasingly complex infrastructure directly in space.

Engineering Scope

In-space manufacturingRobotic assemblyOrbital fabricationAdditive manufacturingSubtractive manufacturingAutomated machiningComposite, metal and material processingAutonomous factoriesRobotic constructionMachine visionQuality controlClosed-loop manufacturing
CORE METRIC

kg/hour; throughput; precision; energy/kg; material utilization; scrap/recycling; autonomous time; human intervention; uptime; defect rate; MTTR; factory replication time.

Visit WebsiteContactDemoPrototype
05

TAI PRINCIPLES

First-Principles Engineering, Optimization & Industrial Intelligence

Mission

Develop mathematical, computational, and engineering intelligence to make complex industrial systems more efficient, autonomous, and scalable.

Engineering Scope

First-principles engineeringSystems engineeringOperations researchOptimizationControl theoryIndustrial AIDecision intelligenceResource optimizationSchedulingReliability engineeringSimulationDigital twinsConstraint solversAI planningProbabilistic decision systemsAutonomous engineering agentsMulti-objective optimization
CORE METRIC

Maximize productive output per total resource consumption under engineering, economic, reliability, safety, and operational constraints.

Visit WebsiteContactDemoPrototype
06

KSTTAI SPACE SYSTEMS

Mission Planning, Simulation, Digital Twins & Autonomous Operations

Mission

Build the operational software infrastructure to design, simulate, deploy, monitor, optimize, and operate complex space systems.

Engineering Scope

Mission planningTrajectory designSpacecraft simulationConstellation simulationFleet managementOrbital mechanicsSchedulingResource planningDigital twinsTelemetry integrationCommand systemsPredictive maintenanceAutonomous operationsCollision avoidanceOrbital logisticsCargo routingDockingStation operationsAnomaly detection
CORE METRIC

Real system ↔ telemetry ↔ digital twin ↔ simulation ↔ AI/optimization ↔ mission plan ↔ command.

Visit WebsiteContactDemoPrototype
07

TAI PROBES

Deep-Space Exploration, Sensing & Autonomous Probes

Mission

Design and operate autonomous probes and sensing systems that map, prospect, and characterize space environments and resources ahead of industrial development.

Engineering Scope

Deep-space probesAutonomous explorationRemote sensingResource prospectingIn-situ instrumentationSmall satellite systemsSample analysisEnvironmental characterizationCommunications relayAutonomous navigationRadiation-hardened electronicsSwarm explorationData fusionMission autonomy
CORE METRIC

Area/volume characterized per mission; resource-detection accuracy; autonomy level; data return per watt; mission cost per site surveyed; time from launch to actionable data.

Visit WebsiteContactDemoPrototype
08

PEAK EVOLUTION

From Strategy to Execution

Mission

Build execution infrastructure that turns complex ideas into measurable operating companies.

Engineering Scope

Strategic planningBusiness planningProject managementResource allocationDocumentationKPI managementQuality managementRisk managementMilestonesDependenciesOrganization planningAI-assisted planningDecision supportPerformance measurement
CORE METRIC

Reduce the time, cost, and organizational friction required to turn an objective into executed results.

Visit WebsiteContactDemoPrototype
09

IMMORTALS

Healthy Longevity & Advanced Biotechnology

Mission

Advance understanding, measurement, prevention, and treatment of biological aging.

Engineering Scope

Aging biologyBiomarkersComputational biologyBioinformaticsAI for biological researchSystems biologyRegenerative medicineMolecular diagnosticsPersonalized medicineCellular agingSenescenceMetabolic healthDisease preventionLongevity therapeutics
CORE METRIC

Biological data → biomarkers → computational models → AI analysis → hypothesis → experimental validation → intervention → measurement → model update.

Visit WebsiteContactDemoPrototype
INDUSTRIAL FLYWHEEL

From Earth-Dependent to Space-Expanding Industry

More Energy→More Computing→More Autonomy→More Manufacturing→More Infrastructure→More Energy
REPLICATION THESIS

Capital → Seed Infrastructure → Production → Replication → Compounding Capacity

The strategic metric is replication doubling time: how quickly productive infrastructure can create enough additional productive capacity to double itself.

DEPENDENCY REDUCTION

Reduce capital, human labor, Earth-launched mass, construction time, maintenance burden, and external dependency per unit of capacity.

Increase energy availability, throughput, compute, autonomy, local-resource utilization, and production capacity.

DEVELOPMENT ARCHITECTURE

Seven Stages of Expansion

01

Earth → Orbit

Launch and operate infrastructure using Earth-based supply chains.

02

Orbit → Cislunar

Expand energy, logistics, communications, manufacturing, and computing.

03

Cislunar → Moon

Establish sustained lunar industrial operations.

04

Moon → Asteroids

Begin large-scale utilization of extraterrestrial materials.

05

Local Resources → Industrial Production

Process local materials into increasingly sophisticated components.

06

Industrial Production → Replication

Build additional productive infrastructure from existing infrastructure.

07

Autonomous Expansion

Systems increasingly design, plan, construct, operate, maintain, and expand the next generation.

COMPANY BUILDING SYSTEM

How We Build the Companies

Capital follows evidence. The process is hypothesis → engineering model → MVP → real users → measurement → evidence → iteration → scale.

01

Market Discovery

Customers, pain, budgets, procurement, alternatives, willingness to pay.

02

Problem Discovery

Test whether the problem is painful enough to justify a new product.

03

Solution Design

Translate the problem into a technically defensible architecture.

04

MVP

Build the smallest technically credible system that can prove or disprove the key assumption.

05

Market Validation

Deploy with real users and real operating conditions.

06

Measurement

Adoption, usage, performance, willingness to pay, retention, cost, reliability, and customer outcomes.

07

Company Formation

Form the company when evidence supports the thesis.

08

Scale

Add engineering, commercial, operations, and leadership capacity.

What uncertainty does the next dollar eliminate?

END STATE

We Build the Infrastructure.

The end state is not one spacecraft, factory, data center, solar satellite, or software platform. It is an interconnected industrial system.

Build the capabilities required for the next industrial stage before that stage becomes obvious to everyone else.

The Deeper Objective

Increase the productive capacity available to civilization: more energy, computing, manufacturing, infrastructure, scientific capability, autonomy, reachable resources, and industrial capacity.

Earth industry → space infrastructure → space industry → space industrial base → autonomous industrial ecosystems → self-expanding industrial capacity.

GET IN TOUCH

Talk to KSTTAI

Investors, founders and CEOs, professional teams, B2B/B2G/B2C customers, VCs, collaborators and partners, industry peers, and everyone following our work reach out daily. We read every message personally.

INVESTORS & VCs

Capital & Funding

Investment theses, term sheets, diligence requests, and fund introductions.

FOUNDERS & CEOs

Leadership & Strategy

Founder conversations, executive introductions, and strategic discussions.

TEAMS & TALENT

Careers

Engineering, operations, and research roles across the portfolio.

B2B / B2G / B2C

Customers

Enterprise, government, and consumer inquiries about our products.

COLLABORATORS & PARTNERS

Partnerships

Joint ventures, research collaborations, and technology integrations.

PEERS & FOLLOWERS

Industry, Press & Fans

Industry peers, competitors, media requests, and anyone following our work.

Opens your email client, addressed to info@ksttai.ir